Application of sensor technology in precision mechanical parts processing

With the development of the times, more and more intelligent, in the precision mechanical parts processing such as the traditional processing industry, modern high-tech applications are also very much. The purpose of sensing inspection during machining is to optimize the productivity of the cutting process, manufacturing costs or the excision rate of (metal) materials.
The targets detected by the cutting process sensor are the cutting force of the cutting process and its changes, the vibration of the cutting process, the contact between the tool and the work piece and the status of the cutting process and the identification of the cutting process, while the important sensing parameters are cutting force, vibration of the cutting process, acoustic emission of the cutting process, power of the cutting process motor, etc.
For the operation of the machine tool, the main sensor detection targets are drive system, bearing and swing system, temperature monitoring and control and safety, and its sensor parameters are machine tool failure downtime, surface roughness and processing accuracy of the processed parts, power, machine condition and flow of cooling lubrication.
In the process of precision mechanical parts processing work parts, sensor technology is used for process identification, in order to identify whether the processing process performed is the process required for work (zero) parts processing;
In addition, work part identification and workware installation can be used to monitor the process margin and surface defects of the sensing blanks or work pieces to be processed. Sensor technology for precision mechanical parts processing more important point is to reduce the accident rate, now the machine tool detection sensor can effectively prevent the occurrence of such incidents